Project 4: Maze Solver (JAVA) The purpose of this assignment is to assess your ability to: Implement stack and queue abstract data types in JAVA Utilize stack and queue structures in a computational problem. For this question, implement a stack and a queue data structure. After testing the class, complete the depth-first search method (provided). The method should indicate whether or not a path was found, and, in the case that a path is found, output the sequence of coordinates from start to end. The following code and related files are provided. Carefully ready the code and documentation before beginning. A MazeCell class that models a cell in the maze. Each MazeCell object contains data for the row and column position of the cell, the next direction to check, and a bool variable that indicates whether or not the cell has already been visited. A Source file that creates the maze and calls your depth-first search method. An input file, maze.in, that may be used for testing. You will write the following: a generic stack class, called MyStack, that supports the provided API (see file stackAPI.png) a generic queue class, called MyQueue, that supports the provided API (see file queueAPI.png) an implementation for the depth-first algorithm Your data structure choices for the stack and queue implementation. Your use of MyStack and MyQueue structures in your maze solution Your depth first algorithm

Database System Concepts

7th Edition

ISBN:9780078022159

Author:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Publisher:Abraham Silberschatz Professor, Henry F. Korth, S. Sudarshan

Chapter1: Introduction

Section: Chapter Questions

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Project 4: Maze Solver (JAVA)

The purpose of this assignment is to assess your ability to:

Implement stack and queue abstract data types in JAVA
Utilize stack and queue structures in a computational problem.

For this question, implement a stack and a queue data structure. After testing the class, complete the depth-first search method (provided). The method should indicate whether or not a path was found, and, in the case that a path is found, output the sequence of coordinates from start to end.

The following code and related files are provided. Carefully ready the code and documentation before beginning.

A MazeCell class that models a cell in the maze. Each MazeCell object contains data for the row and column position of the cell, the next direction to check, and a bool variable that indicates whether or not the cell has already been visited.
A Source file that creates the maze and calls your depth-first search method.
An input file, maze.in, that may be used for testing.

You will write the following:

a generic stack class, called MyStack, that supports the provided API (see file stackAPI.png)
a generic queue class, called MyQueue, that supports the provided API (see file queueAPI.png)
an implementation for the depth-first algorithm
Your data structure choices for the stack and queue implementation.
Your use of MyStack and MyQueue structures in your maze solution
Your depth first algorithm

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